function data_processed = get_relevant_cell_division_data_sets(data, meas_info, table_idx_list)

data_processed.avg_time    = cell(1,length(table_idx_list));
data_processed.std_time    = cell(1,length(table_idx_list));
data_processed.IR_current  = cell(1,length(table_idx_list));
data_processed.position    = cell(1,length(table_idx_list));
for ii = 1:length(table_idx_list)
    % current data set
    currIdx                         = table_idx_list(ii);
    currData                        = cell2mat(data{currIdx}(2:end,2:end));
    % average and std of division times
    data_processed.avg_time{ii}     = nanmean(currData,2);
    data_processed.std_time{ii}     = nanstd(currData,0,2)./sqrt(sum(~isnan(currData),2));
    data_processed.IR_current(ii)   = meas_info{currIdx}(3);
    data_processed.position{ii}     = char(meas_info{currIdx}(1));
    
    % relative division time between AB and P1
    data_processed.rel_avg_AB_P1_time{ii} = nanmean(currData(2,:)-currData(1,:),2);
    data_processed.rel_std_AB_P1_time{ii} = nanstd(currData(2,:)-currData(1,:),0,2)/sqrt(sum(~isnan(currData(2,:)-currData(1,:)),2));
    
end

end